Shelf bracket for a television wall mount

ABSTRACT

A shelf bracket for a wall mount includes a connecting member including a main body secured to the wall mount and a support member coupled to the connecting member, the support member including a generally “L” shaped main body to support a shelf, wherein at least one of the connecting member and the support member has a generally “U” shape cross section with an open side.

CROSS REFERENCE TO RELATED APPLICATIONS

This application is a continuation of U.S. patent application Ser. No.13/025,328 filed on Feb. 11, 2011, which in turn claims the benefit ofU.S. Provisional Application No. 61/303,922 filed Feb. 12, 2010 and U.S.Provisional Patent Application No. 61/375,949 filed Aug. 23, 2010. Theentire disclosures of the above applications are hereby incorporatedherein by reference.

FIELD OF THE INVENTION

The present invention generally relates to brackets. In particular, theinvention is directed to a shelf bracket for a wall mount for a flatscreen television.

BACKGROUND OF THE INVENTION

Consumers are obtaining ever more audio/video components or equipmentfor use with their televisions. The audio/video components for aflat-panel television, such as a digital video player, are typicallylocated in close proximity to the television. Once a flat-paneltelevision is mounted to a wall, there is a need for a shelf unit thatwill support the associated electronics and audio/video components.

The prior art describes shelf units that fasten to walls. However, dueto the weight of electronic components, the shelf units should besecurely fastened to vertical wall studs in order to ensure maximalstrength and resistance to sag and failure. Since vertical wall studsare not typically located at locations that allow for optimal visualplacement of the wall shelf units, prior art has limited the locationsat which a shelf unit with high load-bearing capacity can be placed.

It would be desirable to develop a shelf bracket which can be used inconjunction with flat screen televisions and associated wall mounts toenable consumers to place the audio/video components in close proximityto the television without the need to invest in expensive cabinetry.

SUMMARY OF THE INVENTION

In concordance with the instant disclosure, a shelf bracket which can beused in conjunction with flat screen televisions and associated wallmounts to enable consumers to place the audio/video components in closeproximity to the television without the need to invest in expensivecabinetry, has surprisingly been discovered.

The invention is directed to a shelf bracket for a television wallmount. The bracket is coupled to a wall mount for a flat screentelevision (e.g.http://www.levelmount.com/c-8-large-lcdplasma-mounts.aspx) to support ashelf thereon.

In one embodiment, a shelf bracket for a wall mount comprises: aconnecting member including a main body secured to the wall mount; and asupport member coupled to the connecting member, the support memberincluding a generally “L” shaped main body to support a shelf, whereinat least one of the connecting member and the support member has agenerally “U” shape cross section with an open side.

In another embodiment, a shelf bracket for a wall mount comprises: aconnecting member including a main body having a slit formed therein,wherein the slit is sized to receive a portion of the wall mount toreleasably secure the connecting member thereto; an extension membercoupled to the connecting member, the extension member including a mainbody having an anti-lift tab protruding therefrom, wherein at least oneof the main body and the anti-lift tab is disposed adjacent a portion ofthe wall mount; and a support member coupled to the extension member,the support member including a generally “L” shaped main body to supporta shelf.

In yet another embodiment, a shelf bracket for a wall mount comprises: aconnecting member including a main body having a slit formed therein,wherein the slit is sized to receive a portion of the wall mount toreleasably secure the connecting member thereto; an extension membercoupled to the connecting member in one of a plurality ofconfigurations, an anti-lift device coupled to at least one of theextension member and the connecting member, a portion of the anti-liftdevice abutting the wall mount to limit a movement of the at least oneof the extension member and the connecting member relative to the wallmount; and a support member coupled to the extension member, the supportmember including a generally “L” shaped main body to support a shelf.

BRIEF DESCRIPTION OF THE DRAWINGS

The above, as well as other advantages of the present invention, willbecome readily apparent to those skilled in the art from the followingdetailed description of the preferred embodiment when considered in thelight of the accompanying drawings in which:

FIG. 1 is a front elevational view of a shelf bracket coupled to a wallmount for a flat screen television according to an embodiment of thepresent invention;

FIG. 2A is a side elevational view of the shelf bracket of FIG. 1 shownin a first configuration;

FIG. 2B is a side elevational view of the shelf bracket of FIG. 1 shownin a second configuration;

FIG. 3 is an exploded perspective view of a support arm of the shelfbracket of FIG. 1, the support arm shown in the first configuration;

FIG. 4 is a front elevational view of a shelf bracket coupled to a wallmount for a flat screen television according to another embodiment ofthe present invention;

FIG. 5 is a side elevational view of the shelf bracket of FIGS. 4; and

FIG. 6 is an exploded perspective view of a support arm of the shelfbracket of FIG. 4;

DETAILED DESCRIPTION OF EXEMPLARY EMBODIMENTS OF THE INVENTION

The following detailed description and appended drawings describe andillustrate various embodiments of the invention. The description anddrawings serve to enable one skilled in the art to make and use theinvention, and are not intended to limit the scope of the invention inany manner. In respect of the methods disclosed, the steps presented areexemplary in nature, and thus, the order of the steps is not necessaryor critical.

FIGS. 1, 2A-2B, and 3 illustrate a shelf bracket 10 mounted to aconventional wall mount 12 for a flat screen television according to anembodiment of the present invention. As shown, the shelf bracket 10includes a pair of support arms 14 formed from three sided metalmaterial and having a generally “U”-shaped cross section. As anon-limiting example, the “U” shaped cross section provides a space formanaging electrical and communication cords and wires. In the embodimentshown, a cover 15 can be coupled to an open side of the “U” shaped crosssection of each of the support arms 14 to enclose the cords and wirestherein. It is understood that the support arms 14 can be formed fromany rigid material. It is further understood that the support arms 14can have any size, shape, and cross section as desired.

As more clearly shown in FIG. 3, each of the support arms 14 includes aconnecting member 16, a universal extension member 18, and an adjustableshelf support member 20. It is understood that the support arms 14 canbe formed as a unitary member. It is further understood that any of theconnecting member 16, the extension member 18, and the support member 20can be formed together, permanently coupled to each other, or releasablycoupled to each other.

The connecting member 16 includes a main body 22 having a plurality ofapertures 24 formed therein. In the embodiment shown, the apertures 24are aligned in a linear configuration. A slit 26 is formed in a portionof the main body 22 adjacent a support tab 27, wherein the slit 26 issized to receive a portion of the wall mount 12 to releasably secure theconnecting member 16 to the wall mount 12. However, it is understoodthat the connecting member 16 can be permanently coupled to the wallmount 12 or formed integrally therewith.

The extension member 18 includes a main body 28 having a generally “U”shaped cross section with an interior length of an open end of the “U”shaped cross section sized to receive at least a portion of theconnecting member 16 and the shelf support member 20 therein. Aplurality of apertures 30 are formed in the main body 28 and configuredin a linear pattern to align with the apertures 24 of the connectingmember 16, during installation. An anti-lift tab 32 protrudes from themain body 28 adjacent an upper end 34 thereof. The anti-lift tab 32includes a plurality of apertures 36 aligned in a linear configuration.

The support member 20 includes a generally “L” shaped main body 37having a generally “U” shaped cross section. A plurality of apertures 38are formed in the main body 37 and arranged in a linear pattern to alignwith the apertures 30 of the extension member 18, during installation.In certain embodiments, the connecting member 16 and the extensionmember 18 are formed as a unitary piece, to which the support member 20is coupled.

In use, each of the connecting members 16 is coupled to the wall mount12 by guiding an upper lip 40 of the wall mount 12 into the slit 26 ofeach of the connecting members 16. Each of the extension members 18 isdisposed around a portion of a respective one of the connecting members16 to receive at least a portion of the connecting member 16 in the “U”of the main body 28.

In certain embodiments, the main body 28 of each of the extensionmembers 18 is disposed adjacent the wall mount 12 and the anti-lift tab32 extends away from wall mount 12, as shown in FIG. 2A. As such, afastener (e.g. bolt) 42 is disposed through the apertures 36 of each ofthe tabs 32 and the apertures 24 of the connecting members 16 to secureeach of the extension members 18 to the respective connecting member 16.As a non-limiting example, the arrangement illustrated in FIG. 2A issuitable for a wall mount having only the upper lip 40 and no otherridges, protrusions, or structure that would inhibit each of theextension members 18 from resting substantially parallel to a wall onwhich the wall mount is disposed.

In certain embodiments, the main body 28 of each of the extensionmembers 18 is spaced from the wall mount 12 and the anti-lift tab 32abuts a portion of the wall mount 12, as shown in FIG. 2B. As such, thefastener 42 is disposed through the apertures 30 of the extensionmembers 18 and the apertures 24 of the connecting members 16 to secureeach of the extension members 18 to the respective connecting member 16.As a non-limiting example, the arrangement illustrated in FIG. 2Bprovides an anti-lift feature for wall mounts having a lower lip (notshown) or other structure that would otherwise inhibit the extensionmembers 18 from resting substantially parallel to the wall on which thewall mount is disposed.

Once each of the extension members 18 is coupled to the respectiveconnecting members 16, each of the support members 20 is coupled to arespective one of the extension members 18. Specifically, the main body37 of each of the support members 20 is received in the “U” of the mainbody 28 of the respective extension member 18, such that at least aportion of the apertures 30 of the extension member 18 is aligned withat least a portion of the apertures 38 of the support member 20. Aplurality of fasteners 44 are disposed through the apertures 30, 38 tosecure the support members 20 to the respective extension member 18.

A shelf 46 is disposed on a horizontal portion of the support members20. As a non-limiting example, the shelf 46 is formed from a temperedglass. However, it is understood that any material can be used. It isfurther understood that the shelf 46 can have any size and shape, asdesired. In certain embodiments, a height of the shelf 46 from a floorsurface is adjusted by configuring a relative position between thesupport members 20 and the extension members 18. It is understood thatan arrangement of the apertures 30, 38 provides various options forconfiguring a position of the shelf 46. It is understood that each ofthe support members 20 can be coupled to one of the extension members 18or directly/indirectly to one of the connecting members 16 in one of aplurality of configurations. It is further understood that each of theconfigurations can position the shelf 46 a pre-determined distance fromthe wall mount 12.

In certain embodiments, a pair of plastic end caps 48 are disposed in anopen end of each of the shelf support members 20. As a non-limitingexample, the caps 48 protrude above the height of the open ends andinclude a slot to receive a front end of the shelf to provide additionalsupport to the shelf 46.

FIGS. 4-6 illustrate a support arm 114 for a shelf bracket 100 accordingto another embodiment of the present invention similar to the supportarm 14, except as described herein below. As shown, the support arm 114includes a connecting member 116, a universal extension member 118, andan adjustable shelf support member 120. It is understood that theconnecting member 116 and the extension member 118 can be formedindependently or as a unitary member.

The connecting member 116 includes a main body 122 having a generally“U” shaped cross section with an interior length of an open end of the“U” shaped cross section sized to receive at least a portion of theextension member 118 therein. The main body 122 includes a plurality ofapertures 123 formed therein. In the embodiment shown, the apertures 123are aligned in a linear configuration. A slit 124 is formed in a portionof the main body 122 adjacent a support tab 125, wherein the slit 124 issized to receive a portion of the wall mount 12 to releasably secure theconnecting member 116 to the wall mount 12.

As a non-limiting example, an anti-lift device 126 including an elongateportion 126 a and a head portion 126 b is selectively received throughone of a plurality of apertures 127 formed in the main body 122. As afurther non-limiting example, the elongate portion 126 a threadablyengages one of the apertures 127, while the head portion 126 b isconfigured to allow a user to rotate the anti-lift device 126. It isunderstood that other means of securing the anti-lift device 126 to themain body 122 can be used.

The extension member 118 includes a main body 128 having a generally “U”shaped cross section with an exterior length of the “U” shaped crosssection sized to be received in the open end of the “U” of theconnecting member 116 and the shelf support member 120. A plurality ofapertures 129 are formed in the main body 128 and configured in a linearpattern to align with the apertures 123 of the connecting member 116,during installation. In certain embodiments, an end of the main body 128includes a semi-circular notch 130 spaced from and aligned with anaperture 131 formed in the main body 128. At least one of the notch 130and the aperture 131 are configured to align with one of the apertures127 during installation to receive the anti-lift device 126.

A wall bumper 132 having an elongate threaded portion 134 and a bumperelement 136 is coupled to the main body 128 of the extension member 118.As a non-limiting example, the threaded portion 134 threadably engagesan aperture 135 formed in the main body 128 of the extension member 118.It is understood that any means of coupling the wall bumper to theextension member 118 can be used. It is further understood that otherdevices can be used to provide a protective spacer between the extensionmember 118 and a wall.

The shelf support member 120 includes a generally “L” shaped main body137, wherein at least a portion of the main body 137 has a generally “U”shaped cross section with an interior length of an open end of the “U”shaped cross section sized to receive at least a portion of theextension member 118 therein. A plurality of apertures 138 are formed inthe main body 137 and arranged in a linear pattern to align with theapertures 129 of the extension member 118, during installation. In theembodiment shown, the shelf support member 120 includes one of the wallbumpers 132 coupled to the main body 137 thereof.

In use, each of a pair of the connecting members 116 is coupled to thewall mount 12 by guiding an upper lip 40 of the wall mount 12 into theslit 126 of each of the connecting members 116. Each of the extensionmembers 118 is disposed adjacent a portion of a respective one of theconnecting members 116, wherein the open end of the “U” of the main body122 receives at least a portion of the main body 128 of the extensionmember 118. It is understood the main body 128 can have any orientationrelative to the connecting member 116 as long as at least one of theapertures 123 is aligned with one of the apertures 129.

In certain embodiments, the elongate portion 126 a of the anti-liftdevice 126 is disposed through the aperture 127 and at least one of thenotch 130 and the aperture 131. A portion of the elongate portion 126 aof the anti-lift device 126 abuts a portion of the wall mount 12 inorder to militate against an upward, lifting movement of the support arm114 relative to the wall mount 12, once the support arm 114 isinstalled.

The fastener 42 is disposed through the apertures 129 of the extensionmembers 118 and the apertures 123 of the connecting members 116 tosecure each of the extension members 118 to the respective connectingmember 116.

Once each of the extension members 118 is coupled to the respectiveconnecting members 116, each of the shelf support members 120 is coupledto a respective one of the extension members 118. Specifically, aportion of the main body 137 of each of the support members 120 receivesin a portion of the respective extension member 118, such that at leasta portion of the apertures 129 of the extension member 118 is alignedwith at least a portion of the apertures 138 of the shelf support member120. A plurality of fasteners 44 are disposed through the apertures 129,138 to secure the support members 120 to the respective extension member118.

In certain embodiments at least one of the wall bumpers 132 is coupledto at least one of the extension member 118 and the shelf support member120 of each of a pair of the support arms 114 such that the bumperelement abuts a wall. It is understood that the wall bumpers 132 provideadditional stability to the shelf bracket 10, while protecting the wall.

The shelf bracket 10 including a pair of the support arms 14, 114 isadapted to be coupled with any number of conventional wall mounts madeby various manufacturers for any size televisions.

From the foregoing description, one ordinarily skilled in the art caneasily ascertain the essential characteristics of this invention and,without departing from the spirit and scope thereof, make variouschanges and modifications to the invention to adapt it to various usagesand conditions.

What is claimed is:
 1. A shelf bracket for a wall mount comprising: aconnecting member including a main body secured to the wall mount; and asupport member coupled to the connecting member, the support memberincluding a generally “L” shaped main body to support a shelf, whereinat least one of the connecting member and the support member has agenerally “U” shape cross section with an open side.
 2. The shelfbracket according to claim 1, wherein the main body of the connectingmember includes a slit formed therein, the slit sized to receive aportion of the wall mount to releasably secure the connecting memberthereto.
 3. The shelf bracket according to claim 1, wherein the supportmember is coupled to the connecting member in one of a plurality ofconfigurations.
 4. The shelf bracket according to claim 3, wherein eachof the configurations positions the shelf a pre-determined distance fromthe wall mount.
 5. The shelf bracket according to claim 1, wherein themain body of the connecting member has a “U” shaped cross section and atleast a portion of the support member is received in the opening of the“U” shaped cross section.
 6. The shelf bracket according to claim 1,further comprising a cover to enclose at least a portion of the openside of the support member.
 7. The shelf bracket according to claim 1,wherein each of the connecting member and the support member has thegenerally “U” shape cross section with the open side.
 8. The shelfbracket according to claim 7, wherein the open side of the connectingmember faces in a direction opposite the open side of the supportmember.
 9. A shelf bracket for a wall mount comprising: a connectingmember including a main body having a slit formed therein, wherein theslit is sized to receive a portion of the wall mount to releasablysecure the connecting member thereto; an extension member coupled to theconnecting member, the extension member including a main body having ananti-lift tab protruding therefrom, wherein at least one of the mainbody and the anti-lift tab is disposed adjacent a portion of the wallmount; and a support member coupled to the extension member, the supportmember including a generally “L” shaped main body to support a shelf.10. The shelf bracket according to claim 9, wherein the extension memberis coupled to the connecting member in one of a plurality ofconfigurations, wherein each of the configurations positions the shelf apre-determined distance from the wall mount.
 11. The shelf bracketaccording to claim 9, wherein the support member is coupled to theextension member in one of a plurality of configurations, wherein eachof the configurations positions the shelf a pre-determined distance fromthe wall mount.
 12. The shelf bracket according to claim 9, furthercomprising a wall bumper coupled to at least one of the extension memberand the support member, a portion of the wall bumper disposed betweenthe shelf bracket and a wall to which the wall mount is secured.
 13. Theshelf bracket according to claim 9, wherein each of the connectingmember and the support member has a generally “U” shape cross sectionwith an open side.
 14. The shelf bracket according to claim 13, whereinthe open side of the connecting member faces in a direction opposite theopen side of the support member.
 15. A shelf bracket for a wall mountcomprising: a connecting member including a main body having a slitformed therein, wherein the slit is sized to receive a portion of thewall mount to releasably secure the connecting member thereto; anextension member coupled to the connecting member in one of a pluralityof configurations, an anti-lift device coupled to at least one of theextension member and the connecting member, a portion of the anti-liftdevice abutting the wall mount to limit a movement of the at least oneof the extension member and the connecting member relative to the wallmount; and a support member coupled to the extension member, the supportmember including a generally “L” shaped main body to support a shelf.16. The shelf bracket according to claim 15, wherein the extensionmember is coupled to the connecting member in one of a plurality ofconfigurations, wherein each of the configurations positions the shelf apre-determined distance from the wall mount.
 17. The shelf bracketaccording to claim 15, wherein the support member is coupled to theextension member in one of a plurality of configurations, wherein eachof the configurations positions the shelf a pre-determined distance fromthe wall mount.
 18. The shelf bracket according to claim 15, whereinmain body of the connecting member includes an aperture and theextension member includes at least one of an aperture and a notchsubstantially aligned with the aperture formed in the main body of theconnecting member, the anti-lift device extending through each of theaperture formed in the main body of the connecting device and the atleast one of an aperture and a notch formed in the extension member. 19.The shelf bracket according to claim 15, wherein the anti-lift deviceincludes an elongate portion coupled to a head portion.
 20. The shelfbracket according to claim 15, further comprising a wall bumper coupledto at least one of the extension member and the support member, aportion of the wall bumper disposed between the shelf bracket and a wallto which the wall mount is secured.